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But what about indirect emissions?\",\"twitter_image\":\"\",\"twitter_title\":\"\",\"og_description\":\"\",\"twitter_description\":\"\"},\"_uid\":\"2b7a555a-8489-4018-875b-d9f721684ca0\",\"image\":{\"id\":2087362,\"alt\":\"hoe groen is elektrisch rijden?\",\"name\":\"\",\"focus\":null,\"title\":\"\",\"filename\":\"https://a.storyblok.com/f/108028/1022x482/94f3915830/hoe-groen-is-elktrisch-rijden.jpg\",\"copyright\":\"\",\"fieldtype\":\"asset\"},\"title\":\"Are electric cars actually better for the environment?\",\"author\":{\"name\":\"Lynn\",\"created_at\":\"2021-04-07T13:34:05.364Z\",\"published_at\":\"2021-04-07T13:35:00.911Z\",\"updated_at\":\"2021-04-07T13:35:00.941Z\",\"id\":44714519,\"uuid\":\"b0e8f397-2ab5-4d85-aa99-de27a835dacc\",\"content\":{\"seo\":{\"_uid\":\"b005c5cb-2bd1-4ef7-87e9-c9a1f9b9a44a\",\"title\":\"Lynn\",\"plugin\":\"seo_metatags\",\"og_image\":\"\",\"og_title\":\"\",\"description\":\"Lynn\",\"twitter_image\":\"\",\"twitter_title\":\"\",\"og_description\":\"\",\"twitter_description\":\"\"},\"_uid\":\"aac59aaf-d282-4645-9975-62301f0e5510\",\"name\":\"Lynn\",\"avatar\":{\"id\":2112728,\"alt\":\"Lynn\",\"name\":\"\",\"focus\":null,\"title\":\"\",\"filename\":\"https://a.storyblok.com/f/108028/1600x1600/a6af7d79f0/lynn.jpg\",\"copyright\":\"\",\"fieldtype\":\"asset\"},\"component\":\"author\",\"occupation\":\"Content specialist\",\"description\":\"Writes blogs about EV charging and climate solutions for 50five.\"},\"slug\":\"lynn\",\"full_slug\":\"en-gb/author/lynn\",\"sort_by_date\":null,\"position\":-70,\"tag_list\":[],\"is_startpage\":false,\"parent_id\":41803791,\"meta_data\":null,\"group_id\":\"4626b761-1ca3-4011-95cc-dcea65e72b19\",\"first_published_at\":\"2021-04-07T13:35:00.911Z\",\"release_id\":null,\"lang\":\"default\",\"path\":null,\"alternates\":[],\"default_full_slug\":null,\"translated_slugs\":null,\"_stopResolving\":true},\"content\":[{\"_uid\":\"c2d7f73d-d1f2-4560-89ef-7c2d1fb1b065\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"This has prompted many speculations around this great innovation. Some people argue that electric cars are worse for the environment than the much more common combustion engine. So, we decided to find out once and for all, are electric cars better for the environment? What we found out is genuinely surprising.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"64580acd-4a4a-4f69-a835-71862b0a8a34\",\"align\":\"default\",\"children\":[{\"_uid\":\"72e40b5b-1c56-408d-aa0a-ec54db7eb77a\",\"link\":{\"id\":\"4f0fd6dc-613a-4f20-8cda-6954f722b8e7\",\"url\":\"\",\"linktype\":\"story\",\"fieldtype\":\"multilink\",\"cached_url\":\"en-gb/e-mobility/charging-station-selection-tool\"},\"type\":\"button\",\"title\":\"Find out which EV charger is best for you\",\"preset\":\"\",\"target\":\"_self\",\"variant\":\"primary\",\"component\":\"button\",\"icon_size\":\"default\",\"icon_type\":\"default\",\"icon_color\":\"default\",\"icon_spacing\":\"default\",\"icon_variant\":\"default\",\"icon_position\":\"left\"}],\"component\":\"button-group\",\"orientation\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"57f6e9ab-4d17-439f-b2a7-6de53ab3d4dc\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"How do Electric Cars Affect the environment?\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"db71814e-9baa-4703-ae01-3cd829fa253e\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Below are the main areas of concerns debated by researchers about EVs.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Battery Production Concerns\",\"type\":\"text\",\"marks\":[{\"type\":\"bold\"}]}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"A considerable amount of energy is needed for the creation of batteries for electric cars. This involves the mining and processing of cobalt, manganese, and lithium, which are deemed as primary raw materials. It has been noticed that it takes over twice the amount of energy to manufacture an electric battery compared to conventional ones. The CO2 emissions from a standard battery for an electric car are between 73 to 98 grams. Plus, the plants where these batteries are manufactured tend to pose a threat to the environment because of mixing different chemicals and metals, emitting harmful gasses. There are also concerns regarding the recycling process of these batteries. However this point is often highlighted without a direct comparison to the CO2 emissions created to provide the supply of materials required to build a combustion engine car and provide the fuel for it to run.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Electricity source\",\"type\":\"text\",\"marks\":[{\"type\":\"bold\"}]}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Many electric car manufacturers rely on coal power plants accounting for high emissions of pollutants to the environment. Using coal as a power source makes the process quite detrimental, unlike using electrical sources such as wind, solar, and hydroelectric power. As the use of clean sources of electricity increases, electric cars’ sustainability will become much better. Car manufacturer’s such as Tesla are already implementing the use of solar and other renewable energy sources at their Gigafactories.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"e1ab3491-5da4-40de-832a-9040cbd41318\",\"title\":\"Should you buy an electric car? - BBC News\",\"preset\":\"\",\"video_id\":\"UKttFDnKSp8\",\"component\":\"video\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"ff46cca9-1497-4914-a750-d8c64252efd5\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"The benefits of using an electric car\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"360464c1-edc4-4f10-aba9-0cbbf11b1b97\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Less Pollution\",\"type\":\"text\",\"marks\":[{\"type\":\"bold\"}]}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Even though electric cars currently produce more CO2 during their production, they make up for this by not having any emissions during their usage. The emissions created from the manufacturing process of EVs is approximately two-metric tons yearly.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"The estimated amount of air pollution is equivalent to driving an electric car for two years, which will help the ecosystem recover from previous damage. Some studies project that by the year 2050, nearly all typical vehicles on the highways could go electric. They are thereby dropping global CO2 emissions by approximately 1.5 giga-tons yearly.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Furthermore, electric cars have electric engines that run efficiently and quietly without releasing exhaust emissions or producing noise pollution.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Renewable Sources of Energy\",\"type\":\"text\",\"marks\":[{\"type\":\"bold\"}]}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Cleaner sources of electricity, such as wind, solar, and hydroelectric power, have been proven to work better in ensuring zero CO2 emissions. As such, different green charging stations have been devised and installed at several accessible charging stations. Additionally, others can be easily installed at homes and garages to ensure a cleaner electric power source for your electric car. For example, you can recharge your electric vehicle using your solar panel system during the day when using an EV charger system such as the myenergi Zappi.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Lithium Battery Advancements\",\"type\":\"text\",\"marks\":[{\"type\":\"bold\"}]}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Researchers are coming up with lithium battery advancements driven to reduce the emissions originating from the production of electric cars. The improvements involve looking for afterlife applications of batteries and extending the life of battery cells and lithium ions. By doing so, lithium batteries will become more efficient, durable, and sustainable. Thus, implying that they will last longer and eliminate the use of fossil fuels and other harmful mining activities.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Additionally, various prominent researchers have noted that methane-powered gasoline engines or hydrogen motors could help cut down the CO2 emissions by a third and, in the long run, eliminate the use of diesel cars.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Green Body Construction\",\"type\":\"text\",\"marks\":[{\"type\":\"bold\"}]}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Overall, electric cars feature the use of sustainable materials, which provides one way of reducing environmental pollution. Also, the padding consists of biologically based resources. Some models like Nissan have their entire body developed with green materials like recycled plastic bags, water bottles, second-hand piece of equipment, and even old car parts.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Electric cars are cheap to run and maintain\",\"type\":\"text\",\"marks\":[{\"type\":\"bold\"}]}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"In terms of cost, electric cars have proved to be affordable. From the purchase, the fuel cost, and tax cost, drivers of the electric vehicle get a subsidy of up to 5 % as compared to drivers who use petrol and diesel. Electric cars offer the most significant savings when it comes to their maintenance. Tesla has released an energy plan in partnership with Octopus energy, offering eligible customers the option to recharge their cars for cheaper and also to make back money from Solar PV whilst doing so. Over time, electric vehicles end up costing less as they have very few moving parts that may require spares or servicing and cost much less to fill.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"img\":{\"id\":2074224,\"alt\":\"Subsidie zakelijke ev bestelbus blog1\",\"name\":\"hoe groen is elektrisch rijden?\",\"focus\":null,\"title\":\"\",\"filename\":\"https://a.storyblok.com/f/108028/1022x433/3a8ec3557b/subsidie-zakelijke-ev-bestelbus-mid1.jpg\",\"copyright\":\"\",\"fieldtype\":\"asset\"},\"_uid\":\"ac7a68d3-bcae-42c6-8b37-f0e6e8498c5c\",\"component\":\"image\",\"max_width\":\"\",\"margin_bottom\":\"default\",\"aspect_ratio_mobile\":\"original\",\"aspect_ratio_tablet\":\"8:3\",\"aspect_ratio_desktop\":\"8:3\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"b139867e-7196-49ee-8d5a-751f005227ac\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"The future of electric cars\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"984e6dc2-802f-4596-93a4-a64f50597a08\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Renewable sources of electricity tend to have some irregular patterns with which sometimes they can’t be entirely relied on. As for lithium batteries, their costs are quite expensive, and they are susceptible to fires, however no more so than a vehicle using petrol or diesel fuel. Considering these allegations, EVs are witnessing an upward trend in the adoption of green charging and several technological advancements towards battery technology, such as the zero-emission fuel-cell tech. Therefore, the future of EVs assures the use of renewable and eco-friendly materials.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"c5c2a5e6-a488-465a-9115-08f1bac74577\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"How do Hybrid Cars affect the environment?\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"4df9004f-b8f3-4faf-a692-6b20ed773582\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"A hybrid car is yet another advancement in the transport industry meant to reduce harmful emissions. These units have a combination of electric vehicles and fossil fuel powered motors. But still, a very minimal effect is poised to the environment. The big question here is, how do hybrid cars affect the environment?\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Since they incorporate fossil fuel and electric powered motors, hybrid cars still release CO2 but burn less fuel for longer journeys, meaning they emit far fewer harmful gasses in the long run. \",\"type\":\"text\"},{\"text\":\"Hybrid cars are extremely valuable\",\"type\":\"text\",\"marks\":[{\"type\":\"link\",\"attrs\":{\"href\":\"/en-gb/e-mobility/blog/ev-charging-for-your-hybrid-car\",\"uuid\":\"02ad0f3a-6a5e-41dd-930e-f1073ed1a307\",\"anchor\":null,\"target\":null,\"linktype\":\"story\",\"story\":{\"name\":\"Do you need an EV Charger for your Hybrid Car?\",\"id\":44855058,\"uuid\":\"02ad0f3a-6a5e-41dd-930e-f1073ed1a307\",\"slug\":\"ev-charging-for-your-hybrid-car\",\"url\":\"en-gb/e-mobility/blog/ev-charging-for-your-hybrid-car\",\"full_slug\":\"en-gb/e-mobility/blog/ev-charging-for-your-hybrid-car\",\"_stopResolving\":true}}}]},{\"text\":\" in assisting with the transition to full electric as they allow the population to prepare their home and work environments for the future of travel, where we refill with cars with electricity rather than petrol or diesel.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"e4aca5ad-fcee-4a85-a70f-f56246ee66aa\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Conclusion\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"2aedc3e6-ceab-4087-a134-ca0120d7172c\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Are electric cars better for the environment? According to the above discussion and other research, electric vehicles are exclusively clean for the environment. The fact here is that they emit very unnoticeable amounts of air pollutants and greenhouse gasses in their entire lifetime when compared to a regular combustion engine vehicle. When looking at the facts, it is clear that we can confidently purchase electric vehicles safe in the knowledge that we are ultimately contributing to a cleaner environment and cheaper travel.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"}],\"summary\":[],\"component\":\"blog\",\"short_text\":\"Ever since the first modern electric vehicle was released onto the road in the early 2000s, there have been plenty of concerns and critiques whether these newly invented automotive vehicles are good for the environment. Questions are still asked regarding their manufacturing process, battery production and power sources, and the general anatomy.\\n\"}","full_slug":"en-gb/e-mobility/blog/are-evs-better-for-the-environment","alternates":[{"full_slug":"en-nl/e-mobility/blog/hoe-groen-is-elektrisch-rijden","published":false},{"full_slug":"nl-nl/e-mobility/blog/hoe-groen-is-elektrisch-rijden","published":true}],"first_published_at":"2021-03-03T09:55:00.000Z","published_at":"2021-05-12T13:17:44.284Z","tag_list":["climate","co2","energy"],"read_time":4},"related":{"nodes":[{"uuid":"e9b7a004-6dbc-49cd-9579-e4b19ff03a04","content":"{\"seo\":{\"_uid\":\"78c2948f-920c-454f-956b-d70b095b6010\",\"title\":\"Can you use your electric car battery to feed energy back to the grid for a profit?\",\"plugin\":\"seo_metatags\",\"og_image\":\"\",\"og_title\":\"\",\"description\":\"Can you use your electric car battery to feed energy back to the grid of a profit? We explain how this works. \",\"twitter_image\":\"\",\"twitter_title\":\"\",\"og_description\":\"\",\"twitter_description\":\"\"},\"_uid\":\"2b7a555a-8489-4018-875b-d9f721684ca0\",\"image\":{\"id\":2097415,\"alt\":\"auto gebruiken om energie terug te leveren\",\"name\":\"\",\"focus\":null,\"title\":\"\",\"filename\":\"https://a.storyblok.com/f/108028/909x294/6ee2e5c3de/terugladen_main.png\",\"copyright\":\"\",\"fieldtype\":\"asset\"},\"title\":\"Can you use your electric car battery to feed energy back to the grid for a profit?\",\"author\":{\"name\":\"Jeroen\",\"created_at\":\"2021-03-16T12:12:22.954Z\",\"published_at\":\"2021-03-16T13:35:13.000Z\",\"updated_at\":\"2021-03-16T13:23:31.693Z\",\"id\":41851618,\"uuid\":\"fd6c07ae-9e32-406a-8c42-58a84ffdcbce\",\"content\":{\"seo\":{\"_uid\":\"d57f83bd-b9cc-41f5-97e5-e9e1e6d1c010\",\"title\":\"Jeroen | 50five blog writer\",\"plugin\":\"seo_metatags\",\"og_image\":\"\",\"og_title\":\"\",\"description\":\"Expert in e-mobility and climate solutions.\",\"twitter_image\":\"\",\"twitter_title\":\"\",\"og_description\":\"\",\"twitter_description\":\"\"},\"_uid\":\"b8de8016-e524-40fc-b957-3245086f0c27\",\"name\":\"Jeroen\",\"avatar\":{\"id\":2060052,\"alt\":\"\",\"name\":\"\",\"focus\":null,\"title\":\"\",\"filename\":\"https://a.storyblok.com/f/108028/3202x3202/ae3ba35819/50five_portretten_50five_portretten_556a9406_vierkant.jpg\",\"copyright\":\"\",\"fieldtype\":\"asset\"},\"component\":\"author\",\"occupation\":\"Blog writer\",\"description\":\"Expert in e-mobility and climate solutions\"},\"slug\":\"jeroen\",\"full_slug\":\"en-gb/author/jeroen\",\"sort_by_date\":null,\"position\":0,\"tag_list\":[],\"is_startpage\":false,\"parent_id\":41803791,\"meta_data\":null,\"group_id\":\"ab2e232a-b9cf-4902-b669-13992783ad4c\",\"first_published_at\":\"2021-03-16T12:18:58.000Z\",\"release_id\":null,\"lang\":\"default\",\"path\":null,\"alternates\":[],\"default_full_slug\":null,\"translated_slugs\":null,\"_stopResolving\":true},\"content\":[{\"_uid\":\"eef5898e-873e-4f13-a073-34a0c35c976a\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"The UK government recently announced it was going to provide funding to double the amount of rapid charging points.£70m has been allocated for 3,000 extra charging points bringing the UKs total to 5,000.\",\"type\":\"text\",\"marks\":[{\"type\":\"bold\"}]}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"7686e9a3-b9a6-470a-8515-268f6f5ebe3c\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"The problems of green electricity for network operators\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"db71814e-9baa-4703-ae01-3cd829fa253e\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"There is much talk today about green electricity. Like many other countries, the UK is trying to reduce CO2 emissions. To achieve this, ways are being devised to generate green energy. For example, electricity is increasingly being produced with solar panels and wind turbines. In principle, that is an excellent step to combat climate change. Yet there is a problem for which no solution has yet been found. It appears that it is a problem to store all that power.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"ff46cca9-1497-4914-a750-d8c64252efd5\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Differences between peak times in generation and power consumption\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"360464c1-edc4-4f10-aba9-0cbbf11b1b97\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"In many cases you depend on the elements to generate green electricity. The peak times of green energy generation do not always correspond with the peak moments of our electricity consumption. During the day, for example, electricity is generated by solar panels on the roof of your house. But many people are not at home. They want to use this power in the evening. You still want to make optimal use of green energy. Therefore, the generated power will have to be stored until it is needed for use.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"b139867e-7196-49ee-8d5a-751f005227ac\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"An example problems with storage of renewable electricity\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"984e6dc2-802f-4596-93a4-a64f50597a08\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"In an ideal world, all electricity used in the UK would be green. Yet that is by no means always feasible. Scientists and governments around the world are looking for ways to achieve that. Up to now, electricity storage seems to be the only solution. There are still many problems when it comes to the efficient generation and distribution of green energy. When the wind blows hard, it cannot always be taken advantage of. Windmills are even regularly turned off on such days. That is because the generated power simply cannot be saved. Smart charging stations, in combination with a large number of electric cars, could offer a solution.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"c5c2a5e6-a488-465a-9115-08f1bac74577\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Using the battery of your car as energy storage\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"4df9004f-b8f3-4faf-a692-6b20ed773582\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"You can use the battery of your electric car as a buffer for storing surplus energy and for feeding energy back to the grid if necessary. A number of households already use their car’s battery to store electricity, although this is only possible with specific batteries. In Japan, for example, that is the norm, while in Europe there are a limited number of cars that can do this. The idea of ​​the super smart charging stations is actually exactly the same. Only it doesn’t concern one household, but the entire power network. The principle whereby cars return electricity to the network is also called vehicle-to-grid.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"e4aca5ad-fcee-4a85-a70f-f56246ee66aa\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"The capacity of an electric car’s battery\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"2aedc3e6-ceab-4087-a134-ca0120d7172c\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"For a long time the biggest problem with electric cars was the capacity of the batteries. Fortunately, huge strides have been made in the last ten years. The batteries are now more than powerful enough to keep a medium-sized car driving for hours. That is of course good news for the vehicle-to-grid system. There are large differences between the capacity of batteries in electric cars. Large cars have a battery of around 100 kWh, while smaller ones start around 20 kWh. An average household uses more than 8 kWh per day. A fully charged battery can therefore provide power to several households for a day. This makes the vehicle-to-grid system capable of storing sufficient energy. It therefore has the potential to be an adequate buffer.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"3badedd4-1fcf-40c8-8727-6d6c9749d946\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Benefits for the owners of electric cars\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"f424c9c7-38fc-4742-8add-cbc6f8d49f54\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Making better use of green energy is of course a very good goal. But what benefit do electric car owners get from it? A smart charging station uses your battery to store electricity. And when the battery is used a lot, the capacity and the peak power go down. The intention is that electric car owners can earn money by making the battery of their electric cars available. The reward will increase if your electric car is connected to a smart charging station during peak hours of power consumption. It is not yet completely clear how high this reward is.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"}],\"summary\":[],\"component\":\"blog\",\"short_text\":\"Some smart charging stations can charge and discharge batteries of electric cars to cope with fluctuations in the power supply. This innovation is also referred to as reloading. How does that work exactly and what can electric car owners do with it?\\n\\n\"}","full_slug":"en-gb/e-mobility/blog/can-you-use-your-electric-car-battery-to-feed-energy-back-to-the-grid-for-a-profit","first_published_at":"2020-09-17T14:25:00.000Z","published_at":"2021-05-12T13:17:45.943Z","read_time":2},{"uuid":"9ed9c46f-c4a6-4a25-80d8-91634e1314d2","content":"{\"seo\":{\"_uid\":\"861234e9-1a21-4a77-84d7-1a66d28c5c69\",\"title\":\"Single and 3-phase charging - The difference | 50five\",\"plugin\":\"seo_metatags\",\"og_image\":\"\",\"og_title\":\"\",\"description\":\"Do you own an electric car and would you like to have an EV charger installed? MAke sure you know if you need a 1-phase or 3-phase EV charger.\",\"twitter_image\":\"\",\"twitter_title\":\"\",\"og_description\":\"\",\"twitter_description\":\"\"},\"_uid\":\"352a9da6-a129-4c47-931f-6e52d1104c18\",\"image\":{\"id\":2094905,\"alt\":\"3-fase ombouwen\",\"name\":\"\",\"focus\":null,\"title\":\"\",\"filename\":\"https://a.storyblok.com/f/108028/1022x482/9f0e7d4b02/1-fase-3-fase-header.jpg\",\"copyright\":\"\",\"fieldtype\":\"asset\"},\"title\":\"The difference between single and 3-phase charging\",\"author\":{\"name\":\"Lynn\",\"created_at\":\"2021-04-07T13:34:05.364Z\",\"published_at\":\"2021-04-07T13:35:00.911Z\",\"updated_at\":\"2021-04-07T13:35:00.941Z\",\"id\":44714519,\"uuid\":\"b0e8f397-2ab5-4d85-aa99-de27a835dacc\",\"content\":{\"seo\":{\"_uid\":\"b005c5cb-2bd1-4ef7-87e9-c9a1f9b9a44a\",\"title\":\"Lynn\",\"plugin\":\"seo_metatags\",\"og_image\":\"\",\"og_title\":\"\",\"description\":\"Lynn\",\"twitter_image\":\"\",\"twitter_title\":\"\",\"og_description\":\"\",\"twitter_description\":\"\"},\"_uid\":\"aac59aaf-d282-4645-9975-62301f0e5510\",\"name\":\"Lynn\",\"avatar\":{\"id\":2112728,\"alt\":\"Lynn\",\"name\":\"\",\"focus\":null,\"title\":\"\",\"filename\":\"https://a.storyblok.com/f/108028/1600x1600/a6af7d79f0/lynn.jpg\",\"copyright\":\"\",\"fieldtype\":\"asset\"},\"component\":\"author\",\"occupation\":\"Content specialist\",\"description\":\"Writes blogs about EV charging and climate solutions for 50five.\"},\"slug\":\"lynn\",\"full_slug\":\"en-gb/author/lynn\",\"sort_by_date\":null,\"position\":-70,\"tag_list\":[],\"is_startpage\":false,\"parent_id\":41803791,\"meta_data\":null,\"group_id\":\"4626b761-1ca3-4011-95cc-dcea65e72b19\",\"first_published_at\":\"2021-04-07T13:35:00.911Z\",\"release_id\":null,\"lang\":\"default\",\"path\":null,\"alternates\":[],\"default_full_slug\":null,\"translated_slugs\":null,\"_stopResolving\":true},\"content\":[{\"_uid\":\"f345a1bc-e131-43ea-b6d4-ff689e397da6\",\"align\":\"default\",\"preset\":\"\",\"children\":[{\"_uid\":\"ce73fa62-6f59-4945-ad44-c7b6d2d03e8e\",\"link\":{\"id\":\"4f0fd6dc-613a-4f20-8cda-6954f722b8e7\",\"url\":\"\",\"linktype\":\"story\",\"fieldtype\":\"multilink\",\"cached_url\":\"en-gb/e-mobility/charging-station-selection-tool\"},\"type\":\"button\",\"title\":\"Find the best EV charger for you\",\"preset\":\"\",\"target\":\"_self\",\"variant\":\"primary\",\"component\":\"button\",\"icon_size\":\"default\",\"icon_type\":\"default\",\"icon_color\":\"default\",\"icon_spacing\":\"default\",\"icon_variant\":\"default\",\"icon_position\":\"left\"}],\"component\":\"button-group\",\"orientation\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"e8bfbec3-e948-464d-b8ab-4d5d0dbe9483\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Power supply\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"a002a8cc-d2ca-4c34-93c7-63012eb739c4\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Alternating Current (AC) power supply has two classifications:\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Single phase\",\"type\":\"text\",\"marks\":[{\"type\":\"bold\"}]},{\"text\":\" – Power flows through a single conductor.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"3-phase\",\"type\":\"text\",\"marks\":[{\"type\":\"bold\"}]},{\"text\":\" – Power flows through three conductors.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"The single and 3-phase chargers provide Electric Vehicle (EV) owners with the ability to charge their cars through the single and 3-phase power outlets. The main difference between the two comes in the power supply and reliability in delivering this energy. The 3-phase charging has a higher power transfer capacity than the single phase charging – the former powers at 22kW, whereas the latter does so at 7.4kW.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"img\":{\"id\":2073774,\"alt\":\"verschil tussen 1 en 3 fase lader\",\"name\":\"\",\"focus\":null,\"title\":\"\",\"filename\":\"https://a.storyblok.com/f/108028/909x294/823679116f/1-fase-of-3-fase-laadpaal-wat-is-het-verschil-mid1.jpg\",\"copyright\":\"\",\"fieldtype\":\"asset\"},\"_uid\":\"2662f5b4-32b4-4092-b90c-4bde8f8cd303\",\"component\":\"image\",\"max_width\":\"\",\"margin_bottom\":\"default\",\"aspect_ratio_mobile\":\"original\",\"aspect_ratio_tablet\":\"original\",\"aspect_ratio_desktop\":\"original\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"103da4bd-6bc1-43eb-a2e8-b72a7349ced8\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Home installation\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"3855b8ae-b70f-412f-baeb-eed1a96aeb4d\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Car owners have the option of either installing the 1-phase or 3-phase charger at their \",\"type\":\"text\"},{\"text\":\"residential home\",\"type\":\"text\",\"marks\":[{\"type\":\"link\",\"attrs\":{\"href\":\"/en-gb/e-mobility/blog/what-to-expect-with-the-installation-of-an-ev-charger-at-home\",\"uuid\":\"c8690220-d9f2-4838-9b97-937bfa84413f\",\"anchor\":null,\"target\":null,\"linktype\":\"story\",\"story\":{\"name\":\"What to Expect with the Installation of an EV Charger at Home\",\"id\":44838229,\"uuid\":\"c8690220-d9f2-4838-9b97-937bfa84413f\",\"slug\":\"what-to-expect-with-the-installation-of-an-ev-charger-at-home\",\"url\":\"en-gb/e-mobility/blog/what-to-expect-with-the-installation-of-an-ev-charger-at-home\",\"full_slug\":\"en-gb/e-mobility/blog/what-to-expect-with-the-installation-of-an-ev-charger-at-home\",\"_stopResolving\":true}}}]},{\"text\":\". However, the one you choose will depend on some factors. These include the specifications of your car(s) and the electrical wiring of your home. It is worth noting that the plug-in hybrids allow a 3.7kW charge, and these are readily available for the 1-phase chargers. However, full-electric cars tend to have faster speeds, and this makes the 3-phase chargers more attractive.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"2df0c788-b7a1-4226-8465-056ed4c362d3\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Charging speed\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"ec5e65ca-6901-4894-9ab7-1711ba8a74c7\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"The unit measure of charging speed is kW. This speed determines how fast the electric car can power up. The main factor influencing the maximum charging speed of your electric vehicle is your home’s electrical wiring. The 1-phase connection relies on single cabling, which is very common in households. On the other hand, a 3-phase car charger connection uses three cables.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"8d6b4d6a-5488-45c9-beba-1237a3b8eb97\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Volts, amps and watts\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"73104cf3-afbc-4521-bf2f-7c136bad13be\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"heading\",\"attrs\":{\"level\":2},\"content\":[{\"text\":\"The volts, amps, and watts help to calculate the charging speed. Most power outlets have a standard potential of 230 volts. Amps refer to the actual flow of electrical current through the cables. Electrical power is expressed in watts and calculated by multiplying amps and volts. Most homes have a one-phase connection that is fit for a one-phase charger. On a 16 amps electric current, these chargers work on 230 volts. The highest charging speed for the chargers is usually 3.7kW.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"To charge at higher amps, you can change your fuse box to a 3-phase charging connection. The 3-phase charger works on 400 volts and at 16 amps current. The highest charging speed of these chargers is 11 kW, which is three times faster than the one-phase charger. If you are charging the same electric car battery, you will power it in less than 6 hours.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"f35acbc1-3b4f-4c38-98eb-24f3ab83d064\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Car compatibility\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"c55287c5-2f47-432a-b388-50379e2b99ec\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"The maximum charging speed of electric cars vary. Therefore, before you purchase an Electric Vehicle (EV) charger, be sure to check your car’s highest possible charging speed capacity. Cars like Renault Zoe, \",\"type\":\"text\"},{\"text\":\"BMW i3\",\"type\":\"text\",\"marks\":[{\"type\":\"link\",\"attrs\":{\"href\":\"/en-gb/e-mobility/blog/how-to-charge-your-electric-bmw\",\"uuid\":\"3e84655f-2d08-44a4-8026-7f31f286555b\",\"anchor\":null,\"target\":null,\"linktype\":\"story\",\"story\":{\"name\":\"How to charge your electric BMW\",\"id\":44709683,\"uuid\":\"3e84655f-2d08-44a4-8026-7f31f286555b\",\"slug\":\"how-to-charge-your-electric-bmw\",\"url\":\"en-gb/e-mobility/blog/how-to-charge-your-electric-bmw\",\"full_slug\":\"en-gb/e-mobility/blog/how-to-charge-your-electric-bmw\",\"_stopResolving\":true}}}]},{\"text\":\", Tesla, and \",\"type\":\"text\"},{\"text\":\"Audi e-tron\",\"type\":\"text\",\"marks\":[{\"type\":\"link\",\"attrs\":{\"href\":\"/en-gb/e-mobility/blog/how-to-charge-your-audi-e-tron\",\"uuid\":\"92dcef51-36d8-4075-9958-3ecb8019cec4\",\"anchor\":null,\"target\":null,\"linktype\":\"story\",\"story\":{\"name\":\"How to charge your electric Audi\",\"id\":44898712,\"uuid\":\"92dcef51-36d8-4075-9958-3ecb8019cec4\",\"slug\":\"how-to-charge-your-audi-e-tron\",\"url\":\"en-gb/e-mobility/blog/how-to-charge-your-audi-e-tron\",\"full_slug\":\"en-gb/e-mobility/blog/how-to-charge-your-audi-e-tron\",\"_stopResolving\":true}}}]},{\"text\":\" are some of the EVs that can use the 3-phase charger. Those cars that are compatible with the one-phase chargers include Jaguar I-Pace, Hyundai, Nissan, Kia, Opel, and Mercedes.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"img\":{\"id\":2073800,\"alt\":\"Verschil tussen 1 en 3 fase lader\",\"name\":\"\",\"focus\":null,\"title\":\"\",\"filename\":\"https://a.storyblok.com/f/108028/909x400/e2e3dbcdd9/1-fase-of-3-fase-laadpaal-wat-is-het-verschil-mid2.jpg\",\"copyright\":\"\",\"fieldtype\":\"asset\"},\"_uid\":\"9c0f0342-818c-4730-a66e-2b372a33d95d\",\"component\":\"image\",\"max_width\":\"\",\"margin_bottom\":\"default\",\"aspect_ratio_mobile\":\"original\",\"aspect_ratio_tablet\":\"original\",\"aspect_ratio_desktop\":\"original\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"8fae4095-bb25-4226-9aec-9bf7730535e0\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Installation process\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"2fa2c425-2d15-48ed-9ad7-6cc34e6b7886\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Most EV owners prefer installing a charging option at their residential place; this is convenient for charging their vehicles. In that case, the single-phase chargers will turn out to be the easiest to install. They can be installed directly (without the need for hardware modification). The operation modes, circuit topology, controller design, and control strategy for these single-phase chargers come in detail. The installation process of the 3-phase charges requires a lot of skill. Even though its installation process calls for excellence, it is worth the professionalism. These chargers undergo tests to ensure they have a unity power factor of 93.7% peak efficiency.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"img\":{\"id\":2129217,\"alt\":\"EV home\",\"name\":\"\",\"focus\":null,\"title\":\"\",\"filename\":\"https://a.storyblok.com/f/108028/909x294/5641b18b07/zappi_install_banner.jpg\",\"copyright\":\"\",\"fieldtype\":\"asset\"},\"_uid\":\"455e22fe-6921-486d-a1ad-ab0f0f4c7daf\",\"preset\":\"\",\"component\":\"image\",\"max_width\":\"\",\"margin_bottom\":\"default\",\"aspect_ratio_mobile\":\"16:9\",\"aspect_ratio_tablet\":\"16:9\",\"aspect_ratio_desktop\":\"16:9\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"2908f1c5-c763-4520-afb3-0ee66df83f1c\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Cost and charging style\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"88763056-4625-4183-88f3-3b55ca920480\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"From all the above factors, it is evident that the 3-phase chargers are costlier than the one-phase chargers. This is because the former has more expensive units and installation procedures. When deciding on the best charger to buy, always remember to check the product’s cost and compare it with your budget. Most drivers prefer powering their vehicles at night. Imagine charging your EV at night. Whether you use a powerful charger or an average one, you will wake up in the morning with your car fully charged in both scenarios. You will not notice the time saved. When looking at it this way, the difference in the chargers is very slim.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"c7cea318-44a4-4265-a8d5-27423587fa94\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Verdict\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"39a9208c-f75f-4498-b153-6b01ced433b3\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"The type of charger that you will choose is subjective, depending on your needs and preferences. If you have an electric car that is compatible with the 3-phase charger, you are good to go. Whether planning to install a home charging option at home or using public charging options, the 3-phase charging comes with plenty of advantages. However, most residential apartments do not have 3-phase supply connections.\",\"type\":\"text\"}]},{\"type\":\"paragraph\",\"content\":[{\"text\":\"Even though the 3-phase chargers are excellent for delivering a high-power charge, the single-phase charging is still recommendable for EVs. The single-phase chargers provide convenient and efficient charging. The vehicles that use these chargers are more than those utilising the 3-phase chargers. Additionally, we can never do away with the single-phase charging system because they are the only suitable chargers for most cars.\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"id\":\"\",\"tag\":\"h2\",\"_uid\":\"2686bdbc-7bbd-4cb5-bc1f-af04d50d5490\",\"size\":\"default\",\"type\":\"heading\",\"color\":\"default\",\"title\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Is a 3-phase charger worth it?\",\"type\":\"text\"}]}]},\"preset\":\"\",\"component\":\"heading\",\"text_align\":\"default\",\"margin_bottom\":\"default\"},{\"_uid\":\"cc0e8bd3-0f64-411c-a9a4-42c0ee9f7fd9\",\"size\":\"default\",\"text\":{\"type\":\"doc\",\"content\":[{\"type\":\"paragraph\",\"content\":[{\"text\":\"Yes, it is. If you have a 3-phase supply at your residential place, then the 3-phase charger will be an excellent option. They are more useful and versatile than the single-phase chargers and can charge multiple Electric Vehicles. Who wouldn’t want to charge their vehicle faster?\",\"type\":\"text\"}]}]},\"color\":\"default\",\"preset\":\"\",\"component\":\"rich-text\",\"text_align\":\"default\",\"margin_bottom\":\"default\"}],\"summary\":[],\"updated\":\"\",\"component\":\"blog\",\"short_text\":\"There are more electric car manufacturers today than they were some decades ago. Thus, electric cars are being sold at an affordable price, making them even more available to the average consumer. As the number of electric vehicles being manufactured increases, the demand for more charging options and stations also increases. The most common charging options are single-phase and 3-phase chargers. Many electric car owners fail to understand the difference in the charging options; hence, they do not enjoy the full benefits of using the right charger. In this article, we shall discuss the difference between single phase and 3-phase car chargers and why each one of them matters. 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